F5F Stay Refreshed Power Users Overclocking Is it possible to safely overclock the Safe EVGA GTX 960 SC?

Is it possible to safely overclock the Safe EVGA GTX 960 SC?

Is it possible to safely overclock the Safe EVGA GTX 960 SC?

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ketman34
Posting Freak
834
03-09-2016, 01:46 AM
#1
Your device operates at a core clock of +40 MHz and a memory clock of +350 MHz. This configuration appears within typical safe operating ranges for most systems.
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ketman34
03-09-2016, 01:46 AM #1

Your device operates at a core clock of +40 MHz and a memory clock of +350 MHz. This configuration appears within typical safe operating ranges for most systems.

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YANKEESROCK24
Junior Member
3
03-09-2016, 06:23 PM
#2
overclocking your GPU's clock speeds is entirely secure. the risk comes from altering your voltages, which generates more heat. as long as you're just increasing the clock speeds, the worst outcome is your GPU freezing your system or resetting the driver. it will function normally after a restart.
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YANKEESROCK24
03-09-2016, 06:23 PM #2

overclocking your GPU's clock speeds is entirely secure. the risk comes from altering your voltages, which generates more heat. as long as you're just increasing the clock speeds, the worst outcome is your GPU freezing your system or resetting the driver. it will function normally after a restart.

M
meep64
Junior Member
19
03-11-2016, 06:28 AM
#3
the stock bios will never harm your card through overclocking. there are too many built-in protections to prevent the card from overheating or voltage spikes. you’d need a custom bios to unlock higher vcore and bypass nvidia throttling limits, allowing you to push the core to its maximum.
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meep64
03-11-2016, 06:28 AM #3

the stock bios will never harm your card through overclocking. there are too many built-in protections to prevent the card from overheating or voltage spikes. you’d need a custom bios to unlock higher vcore and bypass nvidia throttling limits, allowing you to push the core to its maximum.

Z
Zemboyy
Member
235
03-23-2016, 03:23 PM
#4
Overclocking your GPU's clock speeds is entirely safe. The main risk comes from altering voltages, which increases heat. As long as you're only adjusting the clock speeds, the worst outcome is your GPU freezing your computer or resetting the driver. It should work like new after a restart.

The safest approach to OC a GPU would be:
1. Use EVGA Precision tool
2. Increase clocks in increments of 5. Play demanding games with those ranges to check temperature, and at higher graphics settings for the safest result.
3. Keep repeating until you find the best balance of performance and temperature.

There is no built-in tool for measuring both CPU and GPU together during OC; you typically need to use separate monitoring software for each component.
Z
Zemboyy
03-23-2016, 03:23 PM #4

Overclocking your GPU's clock speeds is entirely safe. The main risk comes from altering voltages, which increases heat. As long as you're only adjusting the clock speeds, the worst outcome is your GPU freezing your computer or resetting the driver. It should work like new after a restart.

The safest approach to OC a GPU would be:
1. Use EVGA Precision tool
2. Increase clocks in increments of 5. Play demanding games with those ranges to check temperature, and at higher graphics settings for the safest result.
3. Keep repeating until you find the best balance of performance and temperature.

There is no built-in tool for measuring both CPU and GPU together during OC; you typically need to use separate monitoring software for each component.

L
Leyhaya
Posting Freak
801
03-25-2016, 11:33 AM
#5
1. you have the freedom to use any overclocking software. i prefer msi afterburner.
2. begin with larger adjustments in the 20s. when issues arise, reduce to the stable point. then make smaller changes of 5. once stable, increase voltage slightly and try steps of 5 again.
3. generally speaking.
L
Leyhaya
03-25-2016, 11:33 AM #5

1. you have the freedom to use any overclocking software. i prefer msi afterburner.
2. begin with larger adjustments in the 20s. when issues arise, reduce to the stable point. then make smaller changes of 5. once stable, increase voltage slightly and try steps of 5 again.
3. generally speaking.